Chase Lochmiller
Showing 1–5 of 5 transcripts.
- Stanford Online50 min
Stanford MS&E435 Economics of the AI Supercycle | Spring 2026 | Building AI Factories
Chase Lochmiller, Apoorv Agrawal
Hyperscalers are pouring capital into AI infrastructure that rivals historic U.S. projects, driven by a shift in bottlenecks from chip availability to securing powered shells and skilled labor. In Abilene, Texas, Crusoe is deploying a 2.1-gigawatt campus hosting tenants like Oracle and OpenAI, where rapid construction faces significant wage inflation due to a scarcity of tradespeople and tripling costs for power equipment. While traditional hardware risks obsolescence, the economic model shows accelerated returns as managed services can halve the payback period to two years, even as the sector grapples with future challenges in labor supply and open-source competition.
- All-In Podcast2h 15m
The Future of Everything: What CEOs of Circle, CrowdStrike & More See Coming in 2026
Jeremy Allaire, George Kurtz, Adam Goldstein, Chase Lochmiller, Mike Green
In a discussion featuring Jeremy Allaire of Circle and Brian Armstrong of Coinbase, industry leaders forecast that 2026 will mark a pivotal shift toward institutional stablecoin adoption driven by new regulatory frameworks and falling interest rates. Concurrently, security experts like George Kurtz highlight how AI has accelerated cyber threats while aviation pioneers such as Adam Goldstein of Archer Aviation anticipate commercial VTOL operations by summer 2026 following accelerated federal certification. Meanwhile, Crusoe's Chase Locke Miller details a strategic pivot to energy-abundant regions, securing massive AI infrastructure capacity through stranded renewables and small modular reactors to support the surging demand from hyperscalers.
- RAISE Summit37 min
RAISE Summit 2025: AI Infrastructure. Compute is the New Oil
Roman Chermin, Youssef El Manssouri, Shaun O'Meara, Stephen Balaban, Chase Lochmiller, Dylan Patel
The AI infrastructure sector is undergoing a paradigm shift from CPU-centric multi-tenant models to dedicated, high-density GPU environments, prompting NeoCloud providers to leverage rapid deployment speeds and sovereign strategies to challenge hyperscaler dominance. Leaders such as Sorrenti and Nebius are vertically integrating from energy sourcing and data center construction to advanced software virtualization, aiming to address Europe's compute deficit and mitigate enterprise switching barriers through specialized physical infrastructure. While market projections indicate that future revenue will eventually consolidate around model builders and sovereign entities controlling Artificial General Intelligence, the immediate landscape remains defined by a struggle for agility against entrenched ecosystem lock-in.
- All-In Podcast1h 5m
Winning the AI Race Part 3: Jensen Huang, Lisa Su, James Litinsky, Chase Lochmiller
Jensen Huang, Lisa Su, James Litinsky, Chase Lochmiller
Major U.S. corporations and government agencies are launching transformative public-private partnerships to secure critical supply chains for rare earth magnets, semiconductors, and AI infrastructure against global competition. These initiatives include a $400 million Department of Defense deal with MP Materials that guarantees price floors, TSMC and AMD achieving domestic silicon yields in Arizona, and massive energy projects by Crusoe and NVIDIA to build gigawatt-scale AI factories. While these ventures address severe domestic workforce shortages and high manufacturing costs, they collectively aim to establish a sovereign industrial ecosystem capable of supporting trillion-dollar markets in physical AI and advanced computing.
- Sequoia Capital19 min
The Data Center is the New Unit of Compute: Crusoe CEO Chase Lochmiller
Chase Lochmiller, David Kahn, Pat
Crusoe Energy is rapidly constructing massive AI factories in Abilene, Texas, leveraging a vertically integrated supply chain to deliver gigawatts of power capacity decades ahead of traditional utility timelines. By repurposing stranded renewable energy and deploying advanced cooling architectures, the company accelerates the shift toward sovereign AI infrastructure while addressing critical bottlenecks in power and hardware availability. Founder Chase Lockmiller positions this industrial-scale approach as the mechanism to manufacture intelligence, creating a resilient foundation for the next phase of artificial general intelligence.